Wireless nichrome wire heater

I am trying to build a circuit which will close a switch allowing current to flow through nichrome wire upon receiving an rf signal. The application is to burn flash paper, but do so from the other side of the room (aka magic show). The components I am using:

The receiver has 3 nodes of importance: Vin, gnd, and D2 (or the output for the receiver when the proper rf signal is transmitted. The voltage output of D2 to ground is also 9v, however the current is limited to 200mA). Vin is connected to the positive bus, gnd is on the negative/ground bus. I am then connecting D2 to the base of the bjt, the collector to the positive bus, and the emitter to the nicrhome wire, with the other end of the wire on the negative bus. In theory the wire should heat up when I send the signal, however my bjt is the only part of the circuit heating up, and it rises to probably 200°F+.

The 86 ohm resistor is an educated guess. It's a, "just in case".
Just in case the 9 volt supply is good and strong, this will stop the lower transistor from melting.
I guess you are using a 9V battery and a quick pulse. You might get away with no resistor at all and you might find out that a PP3 battery is useless because it can't produce enough power.

@tleast
Use a shorter piece of nichrome (1 or 2 ohms) Coil the nichrome wire, it doesn't change the resistance but it concentrates the heat into a smaller volume and it will get red-hot in a hurry. Wrap the nichrom around something really small (like micro-screwdriver). Slide it off, bend that coil into a gentile horseshoe. Make sure no loops of the coil touch each other. Then use several 9 volt batteries in series. That small area will get really hot. Enough to combust one small section of paper - then it all goes.